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After applying imbalanced loads to the grid, some unexpected results are plotted.
Set-Up: u_ref = 230 p_ref = 2500 (about 21 Ohm] q_ref = 100000 (about 0.001H)
Nearly perfectly balanced voltages and currents
load1.R= 10 Ohm:
significant increase of the peaks phase 2, which is basically not affected by the parameter change.
Bigger deviations (10x the nominal power on phase 1) destroy the normal voltages completly and make any RMS calculations impossible).
The text was updated successfully, but these errors were encountered:
Could be interesting when classical RL-controller approaches are available -> part of the training scenarios
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After applying imbalanced loads to the grid, some unexpected results are plotted.
Set-Up:
u_ref = 230
p_ref = 2500 (about 21 Ohm]
q_ref = 100000 (about 0.001H)
Nearly perfectly balanced voltages and currents
load1.R= 10 Ohm:
![imbalanced](https://user-images.githubusercontent.com/63717517/84649650-2cd4d900-af07-11ea-84a1-9296be172c2b.png)
significant increase of the peaks phase 2, which is basically not affected by the parameter change.
Bigger deviations (10x the nominal power on phase 1) destroy the normal voltages completly and make any RMS calculations impossible).
![big_change](https://user-images.githubusercontent.com/63717517/84650421-7d006b00-af08-11ea-9fe3-01b7ab9efe0f.png)
The text was updated successfully, but these errors were encountered: